ABSM2-6.000MHZ-4-T

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Crystals are a type of material typically used in the form of oscillators, where they vibrate in a stable and continuous manner when connected to an electrical source; they are also commonly used as frequency sources. The ABSM2-6.000 MHz-4-T crystal is a monolithic crystal unit, utilizing the latest advancements in semiconductor technology, designed for applications requiring extremely high stability over the normal -40 to 85 degree Celsius temperature range.

A. Characteristics

The ABSM2-6.000 MHz-4-T is a monolithic crystal unit suitable for applications where extremely high frequency stability, wide temperature stability and fast response time are required when converting optical, RF and digital signals. The unit is able to operate within the 0 to 50°C temperature range, making it suitable for use in extreme environments.

In addition to its high frequency stability, the ABSM2-6.000 MHz-4-T is capable of operating with a tolerance of ±20 ppm over the -40 to 85°C temperature range. It is also equipped with a built-in ESD protection and Low-k epoxy molding material, further improving its reliability and durability. Finally, this unit also offers high levels of vibration and shock resistance, ensuring high long term accuracy.

B. Applications

The ABSM2-6.000 MHz-4-T is an ideal choice for applications requiring high accuracy and stability. It is commonly used in timing circuits and signal conversions, as well as a reference frequency in clock oscillators and signal processing equipment.

Due to its high frequency stability and low jitter (timing variations), the ABSM2-6.000 MHz-4-T is well-suited for use in radio and television receivers, and other consumer electronics. It can also be used in communications, surveillance and security equipment, and various types of measuring, testing and control systems. In addition, this crystal unit is frequently utilized in telecommunications and satellite-based equipment.

C. Working Principle

A crystal oscillator is an arrangement of electrical components that causes the oscillations (rapidly repeated vibrations) of a crystal to instantaneously and continuously supply a frequency of fixed and stable electrical signal. The ABSM2-6.000 MHz-4-T works on the same principle. It is made up of a quartz crystal, a pair of electrodes soldered onto the crystal and a pair of capacitors.

The crystal oscillator works by connecting the quartz crystal to a DC power supply that acts as an excitation source. The oscillations of the crystal cause an alternating voltage to be generated between each of the electrodes, allowing an alternating current to flow between them. This alternating current is then passed through a set of matched capacitors, which acts as a low-pass filter, so that a single frequency is obtained.

The frequency of this output signal is determined by the properties of the quartz and the size of the electrodes. The ABSM2-6.000 MHz-4-T is typically tuned to a frequency of 6.000 MHz and is able to supply a stable, repeatable signal that is highly resistant to changes in temperature and environment.

Conclusion

The ABSM2-6.000 MHz-4-T crystal is a monolithic crystal unit designed for applications requiring extremely high frequency stability, wide temperature stability and fast response time. It is commonly used in timing circuits, signal processing, consumer electronics, communications and satellite-based equipment, as well as for providing a stable reference frequency in clock oscillators. The ABSM2-6.000 MHz-4-T works on the principle of utilizing a quartz crystal, connected to a DC power source, to generate a fixed and stable electrical signal.

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